基于IP的短波组网监测控制系统设计  

Design on HF Networking Monitoring Control System Based on IP

作　　者：李海龙 陈月[1] 胡晓彦 LI Hailong;CHEN Yue;HU Xiaoyan(Hebei Institute of Electronic Information Technology,Shijiazhuang 050000,China;The 54th Research Institution of CETC,Shijiazhuang 050081,China)

机构地区：[1]河北省电子信息技术研究院,河北石家庄050000 [2]中国电子科技集团公司第五十四研究所,河北石家庄050081

出　　处：《计算机与网络》2019年第16期59-61,共3页Computer & Network

摘　　要：传统的短波通信系统多为点对点通信,即发信控制器通过数据控制线独立控制某一台发射机,通过发射机将信号通过发射天线发射出去,如果某一台发信控制器产生故障,必须人工将控制线缆切换到另一台发射机,且无法实现控制单元和发射机的任意组网。通过一种基于IP的短波发射机,发信控制器和发射机之间通过建立IP通信、串口通信等不同通信模式,实现发信控制器之间、发信控制器和发射机之间自组网,并通过远程监测和控制系统,实现对发信控制器、发射机的操作和监测设备的工作状态、组网链接和历史数据的查询,大大增强了短波通信系统的自适应工作能力。The traditional HF communication system is mostly point-to-point communication. The sending signal controller independently controls a certain transmitter through the data control line, and the signal is transmitted through the transmitting antenna. If a transmitter controller fails, it is required to manually switch the control line cable to another transmitter, but it is impossible to implement arbitrary networking of control units and transmitters. By using an IP-based HF transmitter and establishing such different communication modes as IP communication, serial communication, etc. between sending controller and transmitter, the ad-hoc network between sending controllers as well as sending controller and transmitter are realized. Through the remote monitoring and control system, the query for operating state, networking link and historical data of operation and monitoring equipment of sending controller and transmitter is performed to significantly enhance the adaptive operating capability of HF communication system.

关 键 词：短波通信系统 发信控制器 发射机 串口 控制系统 

分 类 号：TP39[自动化与计算机技术—计算机应用技术]